There are differences between sexes in physiological and functional traits and possibly in
nutrient resorption, particularly in nutrient‐poor environments. However, little is known about …

Winter air temperatures are rising faster than summer air temperatures in high-latitude
forests, increasing the frequency of soil freeze/thaw events in winter. To determine how …

Large-scale studies that examine the responses of ectomycorrhizal fungi across
biogeographic gradients are necessary to assess their role in mediating current and …

Ectomycorrhizal (EM) fungi are pivotal drivers of ecosystem functioning in temperate and
boreal forests. They constitute an important pathway for plant-derived carbon into the soil …

Plant nutrient acquisition strategies involving ectomycorrhizal (EcM) and arbuscular
mycorrhizal (AM) associations, are key plant functional traits leading to distinct carbon (C) …

Societal Impact Statement Mycorrhizal fungi enable plants to thrive in the cold, waterlogged,
organic soils of boreal peatlands and, with saprotrophic fungi, largely contribute to the …

Warmer and drier conditions associated with ongoing climate change will increase abiotic
stress for plants and mycorrhizal fungi in drylands world‐wide, thereby potentially reducing …

Changing climates can cause shifts in temperature and precipitation, resulting in warming
and drought in some regions. Although each of these factors has been shown to …

Alpine habitats are one of the most vulnerable ecosystems to environmental change,
however, little information is known about the drivers of plant–fungal interactions in these …

Aim Ectomycorrhizal fungi (ECMF) are partners in a globally distributed tree symbiosis
implicated in most major ecosystem functions. However, resilience of ECMF to future …